Abstract:
The work examines the assurance of maximum correspondence between the product support surface shape and the shape of human body by selecting the optimum initial data and use of adequate techniques for designing the basic templates. The experimental studies are based on the comparative analysis of 10 design methods for shoulder-supported tricot products for women. These results allowed to optimize the algorithms of elaborating the basic templates owing to the identification of optimum connections between the calculation relationships and the shape of support surface. The attempt has been made to elaborate a relatively simple algorithm of designing tricot products that would allow to reduce considerably the time spent for elaborating the basic templates in industrial conditions without affecting the positioning of products on the body. The subsequent verification of sample positioning on the mannequin has demonstrated the viability of applied algorithm. The optimized algorithm has been proposed and implemented in the experimental section of the company «Saltoianca» LLC in Chisinau municipality.